freddyfish said:An electromagnetic wave is a variation in the electromagnetic field. How wide is the variation in the field caused by a wave? I mean, what is one wave's distribution perpendicular to the direction of the wave's progression? This distribution obviously increases in magnitude if two or more waves interfere, but the question is assuming noninterfering waves.
Thanks //Freddy
Perpendicular distribution of EMW refers to the way in which electromagnetic waves (EMW) are distributed and propagated in a perpendicular direction to the direction of the wave's motion. This is in contrast to parallel distribution, where the waves travel in the same direction as their motion.
Perpendicular distribution of EMW occurs when the electric and magnetic fields of the wave are perpendicular to each other and to the direction of propagation. This is a fundamental property of EMW and is governed by Maxwell's equations.
Perpendicular distribution of EMW can be observed in various phenomena, such as light reflecting off a mirror at an angle, radio waves bouncing off the ionosphere, and the polarization of light through polarizing filters.
Perpendicular distribution of EMW is crucial in various technologies, such as wireless communication systems, radar, and satellite communication. Understanding and controlling the perpendicular distribution of EMW allows for efficient and accurate transmission of information and signals.
While perpendicular distribution of EMW is important in many applications, it can also cause interference and signal loss in certain situations. This is why engineers and scientists carefully design and optimize the distribution of EMW for specific purposes.